China Vertical Bitumen Tanks Manufacturers Suppliers Factory

Product Overview

Vertical Bitumen Tanks are industrial storage tanks used to store and heat paving-grade bitumen for asphalt mixing plants, road construction projects and bitumen terminals. Tank capacity, heating configuration, insulation and discharge arrangements can be selected according to storage demand, site conditions and the required operating temperature.

Space-Efficient Layout

The vertical configuration can reduce the tank footprint compared with some horizontal storage arrangements. Actual space requirements depend on tank dimensions, foundation design and site layout.

Controlled Bitumen Heating

Thermal oil, electric heating or other project-specific heating arrangements can be selected according to the bitumen grade, target temperature and available site utilities.

Insulated Tank Construction

Thermal insulation and external cladding can be specified to suit the local climate, heat-loss requirements and installation environment.

Configured Material Discharge

Bottom outlets, transfer pumps, valves and heated piping can be arranged according to the required discharge flow and downstream equipment.

Heavy Duty Vertical Bitumen Tank
A Heavy Duty Vertical Bitumen Tank stores hot bitumen for asphalt production and industrial storage operations. Capacity, heating arrangements, insulation, instrumentation and connections can be
Insulated Vertical Bitumen Silo
An insulated vertical bitumen silo stores hot bitumen for asphalt production, road construction, and bulk bitumen handling. Thermal insulation helps reduce heat loss, while an optional heating system
Vertical Bitumen Tank With Heating Coils
A vertical bitumen storage tank with internal heating coils stores paving-grade bitumen and maintains its temperature for asphalt production, road construction, and bitumen processing. The tank
Stationary Vertical Asphalt Tank
A Stationary Vertical Asphalt Storage Tank is designed to store paving bitumen and specified grades of polymer-modified bitumen at controlled temperatures before transfer to asphalt mixing or road
Space Saving Vertical Bitumen Storage Tank
A Space-Saving Vertical Bitumen Storage Tank stores bitumen at a specified operating temperature in a vertical tank configuration. It is suitable for asphalt mixing plants, road construction
Thermal Oil Heated Vertical Bitumen Tank
A vertical bitumen storage tank with indirect thermal oil heating stores bitumen at a specified operating temperature for asphalt production and bulk handling. Thermal oil circulates through an

Tank Configurations & Selection

01/

Storage Capacity
Select tank capacity based on daily bitumen consumption, delivery frequency, required reserve stock and replenishment schedule. Usable operating volume should be distinguished from total geometric capacity.

02/

Tank Structure & Installation
Foundation Requirements: Foundation design should account for tank dimensions, empty and full operating weight, ground conditions and applicable environmental loads.
Access & Maintenance: Ladders, platforms, inspection openings and maintenance access can be specified according to the installation layout and applicable safety requirements.

03/

Heating System Options
Thermal Oil Heating: Indirect heating through heating coils, with the heating duty and coil arrangement determined by the required temperature profile and bitumen properties.
Electric Heating: Suitable where the available electrical supply, heating load and operating requirements support the proposed configuration.
Steam or Other Heating Arrangements: Available for evaluation where compatible with the project design and site utilities.

04/

Insulation & Temperature Control
Insulation: Rock wool or another specified insulation material, with thickness selected according to ambient temperature and heat-loss requirements.
External Cladding: Aluminum, galvanized steel or coated steel, subject to the project specification.
Temperature Monitoring: Temperature sensors, digital indicators and high- or low-temperature alarms can be included according to the control requirements.

Technical Specifications

The following values are indicative selection ranges based on the proposed product configuration. Final specifications must be confirmed against the actual product design and project requirements.

Parameter	Indicative Specification	Customization Options
Tank Type	Vertical bitumen storage tank	Project-specific layout
Nominal Capacity	20–100 m³ per tank	Larger capacities subject to engineering review
Tank Material	Carbon steel	Other materials subject to compatibility review
Operating Temperature	Project-specific	Determined by bitumen grade and process requirements
Heating Method	Thermal oil or electric heating	Steam or combined arrangements subject to review
Insulation	Rock wool or specified insulation material	Thickness based on thermal design
Outer Cladding	Coated steel or aluminum	Material and thickness by specification
Discharge	Bottom outlet with pump-assisted transfer where required	Outlet size, valves and pump configuration
Temperature Control	Sensors and digital indicators	Alarm functions and PLC integration
Inspection & Documentation	Project-specific inspection plan	Material certificates, inspection records and agreed test reports

Heating, Insulation & Discharge Design

Heating Duty Calculation

Heating requirements depend on the bitumen mass, initial temperature, target temperature, required heating time, heat losses and heating medium. The heating system should be sized using these project conditions rather than tank capacity alone.

Temperature Management

Sensor locations, control ranges and alarm settings should reflect the selected bitumen grade and operating procedure. Heating and circulation requirements for polymer-modified bitumen must be confirmed for the specific formulation.

Heat-Loss Control

Insulation thickness and external cladding are selected according to ambient conditions, heat-loss targets and site requirements. Actual energy consumption depends on the tank design, operating schedule, heating system and environmental conditions.

Discharge & Transfer

Outlet geometry, pump capacity, valve selection and piping arrangements should be matched to the required flow rate and bitumen temperature. Pipe and valve heating or insulation can be specified where necessary to maintain transfer conditions.

Manufacturing & Quality Control

Material Verification
Steel grade, plate thickness and material documentation are checked against the approved bill of materials and project requirements. Material certificates and traceability records can be supplied where included in the agreed scope.
Welding & Fabrication
Welding procedures, welder qualifications and inspection requirements are established according to the applicable project specifications and approved fabrication documents.
Dimensional & Visual Inspection
Tank dimensions, nozzle positions, connections, accessories and surface condition are checked against approved drawings and inspection criteria.
Weld Inspection & Testing
Non-destructive testing and leak or integrity testing are performed where required by the approved design, applicable standards and inspection plan. Third-party inspection can be arranged by agreement.
Documentation
Available handover documents may include material certificates, inspection records, applicable test reports, equipment drawings and operation and maintenance instructions, as agreed in the purchase specification.

Applications & System Integration

Asphalt Mixing Plants

Configured to supply paving-grade bitumen to asphalt production systems according to the required storage volume, heating conditions and transfer rate.

Road Construction Projects

Suitable for project-specific bitumen storage and heating arrangements where on-site storage is required.

Bitumen Storage Terminals

Can be configured with transfer pumps, manifold piping, loading connections and monitoring systems according to terminal operating requirements.

Integration Requirements

Before equipment selection, confirm the available heating utilities, electrical supply, pipe routing, foundation loads, required transfer rate and compatibility with existing PLC or DCS controls. Interfaces such as 4–20 mA or Modbus should be specified where required.

Polymer-Modified Bitumen (PMB)

PMB storage requires confirmation of the material grade, operating temperature, circulation requirements and heating arrangement to help avoid unsuitable thermal exposure or material degradation.

Bitumen Emulsions

Emulsion storage requires a separately specified configuration based on the emulsion formulation and temperature requirements. High-temperature bitumen storage conditions should not be applied automatically to emulsions.

Customization & RFQ Requirements

To prepare a suitable technical proposal and preliminary General Arrangement (GA) drawing, provide the following information:
Project & Capacity
Required capacity per tank, total tank quantity, daily bitumen consumption and delivery frequency.
Bitumen & Operating Conditions
Bitumen grade, initial temperature, target storage temperature and expected ambient temperature range.
Heating & Insulation
Preferred heating medium, available utilities, required heating time and site climate.
Discharge & Integration
Required transfer flow rate, outlet size, pump requirements, piping arrangement and control interfaces.
Installation & Compliance
Installation location, foundation information, applicable design standards and required inspection documentation.
Commercial Requirements
Destination port, preferred delivery terms such as FOB or CIF, packaging requirements and target delivery schedule.
Submit the available project specifications and drawings for technical review. The quotation, configuration and delivery schedule can then be confirmed against the agreed scope.

Frequently Asked Questions

Q: How do I select the right vertical bitumen tank capacity?

A: Calculate capacity from daily consumption, delivery frequency and required reserve stock. The selection should also account for usable operating volume, heating requirements and the available installation space.

Q: How is the required heating capacity determined?

A: Heating duty depends on bitumen mass, initial and target temperatures, desired heating time and estimated heat losses. The heating system should be sized using the actual project conditions.

Q: Can vertical bitumen tanks store polymer-modified bitumen?

A: They can be configured for suitable PMB applications, subject to confirmation of the material grade, operating temperature, circulation requirements and heating arrangement.

Q: How is insulation thickness selected?

A: Insulation thickness depends on ambient temperature, operating temperature, heat-loss targets and the intended operating schedule. The final specification should be established through thermal design.

Q: What quality documents can be supplied?

A: Documents depend on the purchase specification and agreed inspection plan. They may include material certificates, dimensional inspection records, applicable weld NDT reports, test records and operation and maintenance documentation.

Q: Can the tank connect to an existing asphalt plant?

A: Integration can be assessed using the existing plant's piping layout, transfer flow requirements, heating utilities and control interfaces. Required connections and communication protocols should be confirmed during technical review.

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Vertical Bitumen Tanks